The spectrum of harmonics generated and propagated in ionized noble gas has been analyzed using one-dimensional wave propagation equation. The result shows that the spectral lines of harmonic become broadened and then...The spectrum of harmonics generated and propagated in ionized noble gas has been analyzed using one-dimensional wave propagation equation. The result shows that the spectral lines of harmonic become broadened and then split into two peaks when the laser intensity is strong enough to ionize the noble gas. The influence of laser parameters and gas pressure on the splitting has been made clear.展开更多
基金This work is supported by the National High-Tech 863 Project the Optimum Science Research Program of the Shanghai Branch the Chinese Academy of Sciences.
文摘The spectrum of harmonics generated and propagated in ionized noble gas has been analyzed using one-dimensional wave propagation equation. The result shows that the spectral lines of harmonic become broadened and then split into two peaks when the laser intensity is strong enough to ionize the noble gas. The influence of laser parameters and gas pressure on the splitting has been made clear.
